Teaching building energy-saving system based on internet of things technology

Abstract

The invention discloses a teaching building energy-saving system based on the internet of things technology. The system comprises a terminal subsystem, an intelligent gateway and a monitoring center.The terminal subsystem comprises a detection sensing unit; the detection sensing unit comprises an air conditioning detection module, an illumination detection module and a water feeding and drainingdetection module, the signal output end of the detection sensing unit is connected with a signal conditioning unit, the signal conditioning unit is connected with a microcontroller unit, and a networkcommunication port of the microcontroller is connected with a wireless communication unit; the microcontroller is further connected with an energy-saving control unit, and the energy-control unit isused for performing energy-saving on-off control; the monitoring center comprises a monitoring host, and a backup database, an information search data sheet and a network firewall are arranged insidethe monitoring host. Collection of electricity parameters of electric appliance systems at corners inside a teaching building can be achieved in details, and rapid and efficient energy-saving feedbackregulation and control can be achieved on the basis of the internet of things technology.

Description

technical field [0001] The invention relates to the field of Internet of Things systems for teaching buildings, in particular to an energy-saving system for teaching buildings based on Internet of Things technology. Background technique [0002] The Internet of Things is an important part of the new generation of information technology. As the name suggests, the Internet of Things is the Internet that connects things. The Internet of Things is the expansion and extension of the Internet. Based on the Internet, the user terminal is extended and extended to between objects and objects. . Since the concept of the Internet of Things was proposed, it has received extensive attention. The core of the development of the Internet of Things is application innovation. Therefore, many scholars and researchers have conducted in-depth research on the design and application of the Internet of Things. [0003] At present, the use of electrical equipment (lighting lamps, fans, air conditio...

AI Technical Summary

Problems solved by technology

Due to the lack of scientific and reasonable control and management of the use of classrooms and the use of electrical equipment in classrooms, the effective utilization rate of electrical equipment in classrooms is not high, resulting in serious waste of resources. The theme of sustainable development is extremely inconsistent with

The specific performance is as follows: 1. Students' awareness of energy saving is not high, resulting in huge waste of electric energy

For example: the temperature in the classroom is suitable but the air conditioner is turned on, the lighting is turned on when the light is sufficient, and the students leave the classroom and forget to turn off the air conditioner, fan, and lighting

2. Improper management of self-study classroom opening, resulting in waste of electric energy

In developed countries, the use of building automation systems is becoming more and more widespread, but there are also many defects and deficiencies in building automation systems, such as complex wiring inside buildings and high costs, as well as detailed data on energy consumption in buildings, and the inability to control the entire building Optimum operating status of each energy consuming system in

Images